I appreciate it when people do that instead of blabbering for 10 minutes. Only then you know that they're doing it for spreading knowledge and not solely craving views.
Not fair for the Logarithm to only appear as a way to invert exponentials... That's a use we know. But more interesting is that Logarithms transform multiplication to addition and helped to guide people over long ocean trips.
Well the additive and multiplicative property of logarithms just comes from the nature of exponents. They were very useful for numerical approximations ages ago. Don’t know a value? Open up the logarithm book!
@@pragyanmishra-px8sk this video doesn't explain anything, it only describes the applications of each theorem :/ not sure how any of these are explanations since there's literally 0 logic or proofs in this.
the logarithm one was explained just a tad bit confusing. Just think of it as: what power do you need to raise a number by to get this other number. Exponentials run oppositely, as you said. By the way, exponentials dont always result in a bigger number as you could always raise 2 to the negative one power to get 1/2. 2^x = 8; logarithm says what power does 2 need to be raised by to get 8 2^-3 = x; Exponential says what result will we get when we raise 2 to the -3rd power
I wish people would say the pythagorian theorem tells how to find the distance between any two points on a plane (labeled with x and y coordinates). A beginner may wonder why anyone would care about "right triangles"
So you choose to talk about Ring theory but not Group theory or Field-theory Linear algebra does cover a lot about fields, but I think these two are still worthy of explaining
Nice summary. So much knowledge, so little time. I do not understand why mathematicians think there is more than one infinity. the different number systems are just a way of adding symmetry to the natural numbers or representing natural numbers when you do not know the size of infinity.
imagine an infinity where for every next number in the set, you multiply the previous by 2. Now imagine one where you just add one every time. In the first, every number is larger than the corresponding number in the second.
I am sorry, but i think the title for this should've been "Greatest Math Theories Introduced". Because, this video gives you a proper introduction and not a clear explanation, but still an amazing peice of work. Kudos for the efforts😊😊
wow this explains those concepts so well but doesn't get enough attention while most brain-rot or TikTok videos got millions of views this channel is definitely underrated and also most of the educational channels as a RUclips creator, I started because I also wanted everyone to study so the world could be a better place but many kids my age keep watching Skibidy toilet things and I am trying to draw their attention by making cat memes and baiting them to study but it seems that it didn't work so well also, I'm broke and need to pay students ' attention :)) anyways I'm subscribing :D and sorry if my English sucks it's my 5th language
y’ = f’(x) = dy/dx = d/dx (f(x) = g(x) = function that tells you the slope or rate of change of f(x), or y, at x. Y = F(x) = integral{ f(x) dx = h(x) = function that tells you the rate of change at x that caused f(x) to have its shape and the y values of h(x) can be used to calculate area under the f(x) curve between two points.
1. Good explanation, however, without using square roots, you cannot explain how to find the hypotenuse. 2. Good explanation 3. Theory of relativity is a great theorem, but is physics. 4. Good explanation 5. Good explanation 6. Good explanation, but you made it seem like number theory in prime numbers are the same, while prime numbers are an important part of number theory. 7. Good explanation, although short. 8. Good explanation 9. Good explanation, although I don't consider it to me great due to its limited applications 10. Good explanation 11. Good explanation, although short 12. Good explanation 13. Good explanation 14. 2D maps is just one application where complex numbers could be used. Complex numbers are non-existing numbers that make calculations easier. (like negative numbers) 15. Good explanation, althoug fractals do not have to mimic themselves when zooming in. They're just things with infinite detail when you zoom in. 16. Good explanation 17. Good explanation 18. Good explanation 19. Good explanation 20. Good explanation 21. Good explanation 22. Good explanation 23. Good explanation
Theory of relativity Is not a math theory. Special relativity Is related to group theory, specificaly poincare group, and Einstein great win here was to basicaly ball with the poicare group, that was first studied by being the symetri group of maxwell's equations, and say that It Is the symetry group of the entirety of physics. General relativity Is basicaly pseudo-reminnian geometry + Einsteins field equations ( one side Is pure geometry the other Is pure physics ) and It again Is based on older math that Einstein applyed to physics. Its acctualy quite interesting that most major wins of Einstein were simply he having a better understending on how to apply X or how to interpret X math theory better than everybody else, unlike Newton and Maxwell that would be impactfull mathematicians even If all their physics work vanished.
bro started the video without even an intro. absolute legend.
Bro has great standard
Without any further ado let's get started. But first,...
This video is sponsored by Raid Shadow Legends.
Well the title says everything needed
I appreciate it when people do that instead of blabbering for 10 minutes. Only then you know that they're doing it for spreading knowledge and not solely craving views.
Not fair for the Logarithm to only appear as a way to invert exponentials... That's a use we know. But more interesting is that Logarithms transform multiplication to addition and helped to guide people over long ocean trips.
Yah. They are missing the real essence
Well the additive and multiplicative property of logarithms just comes from the nature of exponents. They were very useful for numerical approximations ages ago. Don’t know a value? Open up the logarithm book!
its also the primitive of 1/x... but no ones cares
And put humans on the moon. I'm refering to slide rules
@@pragyanmishra-px8sk this video doesn't explain anything, it only describes the applications of each theorem :/
not sure how any of these are explanations since there's literally 0 logic or proofs in this.
Bro just casually inserted physics in a math video and expected us to not notice
😜🙈
It goes under differential geometry and some other stuff
Even better, he kept it under 10 minutes so the YT algorithm didn’t interrupt it for an ad.
@@ThoughtThrill365 bro literally mixing thoerIES and theorEMS like they're the same
Truly horrible. Maths should only be done for the sake of mathematics itself. Applying it to real world problems is impure
" *Greatest Math Theories* "
" Theory of Relativity "
Excuse me wtf??💀💀💀
Underrated video! needs more views tbh!
that Venn diagram for 5 sets is beautiful
yeah
That was quite the jump from non-Euclidean geometry to logarithms.
These math explanation videos are getting better
the logarithm one was explained just a tad bit confusing. Just think of it as: what power do you need to raise a number by to get this other number. Exponentials run oppositely, as you said. By the way, exponentials dont always result in a bigger number as you could always raise 2 to the negative one power to get 1/2.
2^x = 8; logarithm says what power does 2 need to be raised by to get 8
2^-3 = x; Exponential says what result will we get when we raise 2 to the -3rd power
I wish people would say the pythagorian theorem tells how to find the distance between any two points on a plane
(labeled with x and y coordinates). A beginner may wonder why anyone would care about "right triangles"
eh?lke vectors ?
So you choose to talk about Ring theory but not Group theory or Field-theory
Linear algebra does cover a lot about fields, but I think these two are still worthy of explaining
ikr, it was weirdly uncomfortable that ring theory was mentioned and not group theory.
Nice summary. So much knowledge, so little time.
I do not understand why mathematicians think there is more than one infinity. the different number systems are just a way of adding symmetry to the natural numbers or representing natural numbers when you do not know the size of infinity.
imagine an infinity where for every next number in the set, you multiply the previous by 2. Now imagine one where you just add one every time. In the first, every number is larger than the corresponding number in the second.
I am sorry, but i think the title for this should've been "Greatest Math Theories Introduced". Because, this video gives you a proper introduction and not a clear explanation, but still an amazing peice of work. Kudos for the efforts😊😊
wow this explains those concepts so well but doesn't get enough attention while most brain-rot or TikTok videos got millions of views this channel is definitely underrated and also most of the educational channels
as a RUclips creator, I started because I also wanted everyone to study so the world could be a better place but many kids my age keep watching Skibidy toilet things and I am trying to draw their attention by making cat memes and baiting them to study but it seems that it didn't work so well
also, I'm broke and need to pay students ' attention :))
anyways I'm subscribing :D and sorry if my English sucks it's my 5th language
0:51 shouldnt the first box above in right be blue, not red?
y’ = f’(x) = dy/dx = d/dx (f(x) = g(x) = function that tells you the slope or rate of change of f(x), or y, at x.
Y = F(x) = integral{ f(x) dx = h(x) = function that tells you the rate of change at x that caused f(x) to have its shape and the y values of h(x) can be used to calculate area under the f(x) curve between two points.
*Instantenous rate of change.
Your channel is amazing for a person who loves STEM stuff
writing b before i in a+ib is criminally offensive
Would you, as in you personally, say 3+2i or 3+i2?
wait till this guy finds out engineers use j instead of i
well b is basically a coefficient, if you look at a quadratic for example you would put a coefficient infront of each of the terms
1. Good explanation, however, without using square roots, you cannot explain how to find the hypotenuse.
2. Good explanation
3. Theory of relativity is a great theorem, but is physics.
4. Good explanation
5. Good explanation
6. Good explanation, but you made it seem like number theory in prime numbers are the same, while prime numbers are an important part of number theory.
7. Good explanation, although short.
8. Good explanation
9. Good explanation, although I don't consider it to me great due to its limited applications
10. Good explanation
11. Good explanation, although short
12. Good explanation
13. Good explanation
14. 2D maps is just one application where complex numbers could be used. Complex numbers are non-existing numbers that make calculations easier. (like negative numbers)
15. Good explanation, althoug fractals do not have to mimic themselves when zooming in. They're just things with infinite detail when you zoom in.
16. Good explanation
17. Good explanation
18. Good explanation
19. Good explanation
20. Good explanation
21. Good explanation
22. Good explanation
23. Good explanation
Teach and prove Ptolemy's theorem and you get Phytagorean as a freebie.
Thks
Fractals aren’t usually self similar
these are the videos u find on your suggested with 2m+ views
Theory of relativity Is not a math theory.
Special relativity Is related to group theory, specificaly poincare group, and Einstein great win here was to basicaly ball with the poicare group, that was first studied by being the symetri group of maxwell's equations, and say that It Is the symetry group of the entirety of physics.
General relativity Is basicaly pseudo-reminnian geometry + Einsteins field equations ( one side Is pure geometry the other Is pure physics ) and It again Is based on older math that Einstein applyed to physics.
Its acctualy quite interesting that most major wins of Einstein were simply he having a better understending on how to apply X or how to interpret X math theory better than everybody else, unlike Newton and Maxwell that would be impactfull mathematicians even If all their physics work vanished.
Interesting insights mate. Not sure about the "simply" here but good food for thought
Forgot Trigonometry 😢
The pythagorean theorem is so W
great vid
Music name ?
Do Next video on current election AC,DC current , ohms law etcc
Math is all.
Bero forgot topology 😢😂
A GAME THEORY
Oversimplified (math version)
Thanks
infinito ♾️ ∞infinito ♾️ ∞infinito ♾️ ∞
I love it
I like it
A Game Theory😂
bro give 1000000 hrs stuydy in 10 min
Lmao complex number explanation 😂
Bro
Well...the description of complex numbers is basically nonsense...